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    • 4. 发明申请
    • GERADOR DE ENERGIA E SISTEMA DE GERAÇÃO DE ENERGIA
    • 能源发电机和能源发电系统
    • WO2016083899A1
    • 2016-06-02
    • PCT/IB2015/050965
    • 2015-02-09
    • VAGO, Ernesto JoãoDA SILVA, Saulo Jadir
    • VAGO, Ernesto JoãoDA SILVA, Saulo Jadir
    • H02K7/18H02K51/00F02B1/12H02K7/118H02K7/075H02K53/00F02B21/00
    • F02B1/12F02B21/00H02K7/075H02K7/118H02K7/18H02K51/00H02K53/00
    • Gerador de energia, compreendendo um motor a combustão (1), o qual está conectado a um gerador de energia (2) e este a um transformador de energia (3), estando a saída do transformador de energia (3) ligada a um painel de comando e distribuição (4) que, por sua vez, possui uma fase conectada a um compressor de ar (5), dito compressor de ar (5) com a saída ligada a um dispositivo pneumático (6), tendo uma válvula pressostática (7) na saída de ar para o referido dispositivo pneumático (6). A geração de energia se inicia a partir do motor a combustão (1), através do qual é alimentado o gerador de energia (2) conectado à entrada do transformador de energia (3), dito transformador de energia (3) tendo saída para o painel de comando e distribuição (4) que possui uma fase alimentando o motor (19) do compressor de ar (5), destinado a gerar a quantidade de ar até a capacidade máxima do referido compressor de ar (5), que se encontra ligado ao dispositivo pneumático (6) acoplado ao mencionado gerador de energia (2), de modo que, uma vez atingida a carga máxima de pressão do compressor de ar (5), o painel de comando e distribuição (4) recebe comando para, automaticamente, desligar o motor a combustão interna (1), passando o sistema a gerar energia a partir da alimentação do dispositivo pneumático (6) para o gerador de energia (3).
    • 能量发生器包括连接到能量发生器(2)的内燃机(1),所述能量发生器又连接到能量变换器(3),所述能量变换器(3)的输出端连接到控制和配电盘 (4),其又具有连接到空气压缩机(5)的相位,所述空气压缩机(5)的出口连接到气动装置(6),并且压力控制阀(7)布置在 空气出口到所述气动装置(6)。 能量产生从内燃机(1)开始,内燃机(1)为连接到能量变压器(3)的输入端的能量发生器(2)供电,所述能量变压器(3)具有到控制和配电盘(4)的输出, 具有对空气压缩机(5)的发动机(19)供电的相,该发动机被设计成产生与空气装置(6)连接的所述空气压缩机(5)的最大容量的空气量, 耦合到所述能量发生器(2),使得一旦达到空气压缩机(5)的最大压力负载,控制和分配面板(4)接收自动断开内燃机(1)的命令, 之后系统从气动装置(6)的供给产生能量到能量发生器(3)。
    • 8. 发明申请
    • ELECTROMAGNETIC COUPLER FOR TRANSMITTING ELECTRIC POWER AND A TRANSMISSION DEVICE PROVIDED WITH SAID COUPLER
    • 用于发射电力的电磁耦合器和用附带的耦合器提供的变速装置
    • WO2005096476A3
    • 2006-02-09
    • PCT/FR2005050205
    • 2005-03-31
    • RENAULT SAFONSECA ARMANDOROMAGNY PAUL
    • FONSECA ARMANDOROMAGNY PAUL
    • B60K6/26B60K6/448H02K16/02H02K51/00
    • H02K51/00B60K6/26B60K6/448Y02T10/6243
    • The inventive electromagnetic coupler for transmitting electric power comprises two electric machines provided with two rotors connected to a first shaft (7) and to a second shaft (5), respectively, wherein the armatures of said electric machines are mounted between the two rotors. Said invention is characterised in that the windings (9) of the two armatures are common therefor, a first air gap (E1) is embodied between the part of one rotor and the part of the other rotor, a second air gap (E2) is embodied between the common windings (9) of the two armatures and the other part of one of rotors and an additional air gap (ES) is embodied between the windings (9) and said part of the other rotor in such a way that a main magnetic flux collected in the first air gap (E1) is combined with the magnetic flux from the second air gap (E2).
    • 本发明的用于传输电力的电磁耦合器包括两个电机,其分别具有连接到第一轴(7)和第二轴(5)的两个转子,其中所述电机的电枢安装在两个转子之间。 本发明的特征在于,两个电枢的绕组(9)是共同的,第一气隙(E1)体现在一个转子的一部分和另一个转子的一部分之间,第二气隙(E2) 实施在两个电枢的公共绕组(9)和转子之一的另一部分和附加空气间隙(ES)之间,以这样的方式在绕组(9)和另一个转子的所述部分之间实现: 收集在第一气隙(E1)中的磁通量与来自第二气隙(E2)的磁通量组合。
    • 9. 发明申请
    • HYBRID PROPULSION SYSTEM
    • 混合推进系统
    • WO2005112235A1
    • 2005-11-24
    • PCT/AU2005/000709
    • 2005-05-17
    • SYNERGETIC ENGINEERING PTY LTDSANDS, Donald, Alexander
    • SANDS, Donald, Alexander
    • H02K51/00
    • B60K6/26B60K6/448B60K7/0007H02K16/02Y02T10/6243
    • A hybrid propulsion system having a drive device (110) and a first rotatable component (140) attached to a drive shaft of the drive device (110) and being rotatable by the drive device. The system has a second rotatable component (150) in magnetic association with the first rotatable component (140) and a power take off (120) attached to the second rotatable component (150) for rotation with the second rotatable component. The second rotatable component (150) is rotated by a reactionary torque generated by rotation of the first rotatable component (140) in a field magnet provided by the second rotatable component and hence the power take off (120) is operatively rotated by the reactionary torque generated by rotation of the first rotatable component.
    • 一种混合动力推进系统,其具有驱动装置(110)和附接到驱动装置(110)的驱动轴并且可由驱动装置旋转的第一可旋转部件(140)。 该系统具有与第一可旋转部件(140)磁性相关联的第二可旋转部件(150)和附接到第二可旋转部件(150)以与第二可旋转部件一起旋转的动力输出装置(120)。 第二可旋转部件(150)通过由第一可旋转部件(140)在由第二可旋转部件提供的磁场磁体中旋转而产生的反作用转矩旋转,因此动力输出(120)由反作用转矩 通过第一可旋转部件的旋转产生。